We demonstrated a clear year-round diel vertical migration pattern (DVM) of small (26 to 45 cm) Skagerrak coastal cod Gadus morhua on a small geographic scale. Generalized additive models (GAMs) were used to make inferences about depth movements from a large data set of repeated depth measurements of cod fitted with acoustical tags. The general pattern in vertical behaviour was closely linked to sunrise and sunset, and the timing varied with the length of the day. The absolute magnitude of vertical movement was seasonally variable and probably influenced by temperature and food availability. Cod constantly selected deeper residence depths during the day than at night, and during winter than in summer. This study uses flexible models to make...
Vertical fish migrations can increase variability in bottom survey data, especially if unknown diurn...
none13noAdvection (directional movement) and diffusion (dispersed movement) were applied for the fir...
Understanding responses of marine species to temperature variability is essential to predict impacts...
We demonstrated a clear year-round diel vertical migration pattern (DVM) of small (26 to 45 cm) Skag...
We used a geolocation method based on tidal amplitude and water depth to assess the horizontal movem...
Various air-breathing marine vertebrates such as seals, turtles and seabirds show distinct patterns ...
To understand the variation in availability of demersal fish to bottom trawls and to evaluate the re...
Understanding responses of marine species to temperature variability is essential to predict impacts...
While movements of organisms have been studied across a myriad of environments, information is often...
To assess fish abundance by direct methods and to understand and model species interaction, it is im...
Whilst movements of organisms have been studied across a myriad of environments, information is ofte...
The coastal cod is an important commercial and recreational resource for the local communities in th...
We investigate the trade-offs associated with vertical migration and swimming speed of Atlantic cod ...
Knowledge of the spatial distribution of juvenile cod is essential for obtaining precise recruitment...
Cod is usually monitored for scientific purposes using bottom trawl surveys, although its regular pe...
Vertical fish migrations can increase variability in bottom survey data, especially if unknown diurn...
none13noAdvection (directional movement) and diffusion (dispersed movement) were applied for the fir...
Understanding responses of marine species to temperature variability is essential to predict impacts...
We demonstrated a clear year-round diel vertical migration pattern (DVM) of small (26 to 45 cm) Skag...
We used a geolocation method based on tidal amplitude and water depth to assess the horizontal movem...
Various air-breathing marine vertebrates such as seals, turtles and seabirds show distinct patterns ...
To understand the variation in availability of demersal fish to bottom trawls and to evaluate the re...
Understanding responses of marine species to temperature variability is essential to predict impacts...
While movements of organisms have been studied across a myriad of environments, information is often...
To assess fish abundance by direct methods and to understand and model species interaction, it is im...
Whilst movements of organisms have been studied across a myriad of environments, information is ofte...
The coastal cod is an important commercial and recreational resource for the local communities in th...
We investigate the trade-offs associated with vertical migration and swimming speed of Atlantic cod ...
Knowledge of the spatial distribution of juvenile cod is essential for obtaining precise recruitment...
Cod is usually monitored for scientific purposes using bottom trawl surveys, although its regular pe...
Vertical fish migrations can increase variability in bottom survey data, especially if unknown diurn...
none13noAdvection (directional movement) and diffusion (dispersed movement) were applied for the fir...
Understanding responses of marine species to temperature variability is essential to predict impacts...